100L/min 3 Bank Manual Monoblock Directional Valve

Prouduct Features：

The 3 Bank Monoblock Directional Valve is a mid-to-high-end Manual Monoblock Directional Valve independently designed and developed by our company, designed for demanding applications in various industries. TheManual Monoblock Directional Valve adopts a solid integral structure, manual control method and triplex design to provide precise and reliable flow control.

• 3 spool design, independent control of multiple hydraulic circuits

• Precision ground and hard chrome-plated spools assure a long life

•  High-strength cast iron monolithic structure, strong and durable, no leakage

• Compact structure, can be installed in small areas

• Reset mechanism: Spring automatic reset or steel ball positioning to ensure switching stability
  

Hydraulic Schematic Diagram：

Specifications：

Product Outline Drawing：

Application Areas：

• Engineering machinery field:

  Widely used in various types of engineering machinery such as excavators, loaders, bulldozers, cranes, etc. In excavators, it can be used to control the extension and rotation of the excavation arm and the opening and closing of the bucket; in loaders, it can realize the lifting, flipping and steering of the bucket, ensuring that the engineering machinery can operate efficiently and stably under various working conditions.

• Industrial equipment field:

  Suitable for industrial equipment such as injection molding machines, die-casting machines, hydraulic presses, etc. In injection molding machines, it can accurately control the closing, opening and ejection of molds to ensure the molding quality of plastic products; in hydraulic presses, it can control the pressure and stroke during the pressing process to meet the processing requirements of different products and improve the efficiency and quality of industrial production.

• Agricultural machinery field:

  It is also used in agricultural machinery such as tractors and harvesters. For example, it is used to control the suspension system of tractors to realize the lifting and adjustment of agricultural tools; in harvesters, it can control the lifting and lowering of the header and the rotation of the reel, etc., to help agricultural machinery better adapt to different farmland working environments and improve the mechanization level of agricultural production.